• Students will learn to complement scientific protocols with iterative design methods, using new modes of stimulation and production. They will also learn how advances in the fields of life science and material science can be applied to create innovative environments.
  • Students undertake modules to the value of 300 credits.
  • This program consists of an intensely taught first year with six taught modules (180 credits) followed by two modules in year two, one of which is a comprehensive, integrated research project (90 credits). All modules are compulsory.
  • Upon successful completion of 300 credits, students will be awarded an MSc in Bio-Integrated Design.